Category

Sided Seater / Sleeper Bench

Overview

This double-sided seater and sleeper bench is a robotically fabricated architectural furniture system that merges sculptural quality with functional adaptability.
Designed through computational workflows and produced using large-scale robotic 3D printing, the continuous flowing form supports multiple modes of use — seating, reclining, and informal social interaction, within contemporary shared environments.

Overview

This double-sided seater and sleeper bench is a robotically fabricated architectural furniture system that merges sculptural quality with functional adaptability.
Designed through computational workflows and produced using large-scale robotic 3D printing, the continuous flowing form supports multiple modes of use — seating, reclining, and informal social interaction — within contemporary shared environments.

Design Concept

Defined by a continuous twisting geometry, the bench creates two opposing seating zones connected through a fluid transitional surface.
The sculptural form encourages conversation, interaction, and flexible postures while acting as a spatial element that shapes movement and engagement within a space.

Rather than functioning as a conventional linear bench, it operates as a dynamic spatial object — merging furniture, sculpture, and architecture into a single digitally fabricated system.

Fabrication Technology

  • Large-scale robotic FGF 3D printing
  • Computational / parametric design workflows
  • Additive manufacturing through continuous material deposition
  • Digitally controlled fabrication enabling complex sculptural geometries
  • Made-to-order robotic production

Materials & Sustainability

  • Fabricated using recycled plastic composites
  • High percentage of post-consumer recycled material
  • Additive manufacturing reduces material waste
  • Localized on-demand production
  • Supports circular material ecosystems

Functionality

  • Double-sided seating configuration
  • Sleeper / reclining surface integration
  • Informal collaborative seating
  • Flexible user interaction from multiple directions
  • Designed for high-use public environments

Applications

  • Collaborative workspaces
  • Universities & innovation hubs
  • Corporate breakout zones
  • Public lounges & galleries
  • Hospitality and resort environments
  • Exhibition and cultural spaces

Customization

Each bench can be adapted based on:

  • scale and spatial layout
  • surface geometry and algorithmic pattern
  • color transitions and material blends
  • functional seating configuration
  • branding integration

Closing Line

At Sri Design Lab, seating systems are conceived as sculptural architectural elements, where computation, robotics, and sustainable materials converge to create interactive spatial experiences.

See more

Scroll to Top